Manu Prakash, an Indian-born scientist currently working at Stanford University has already amazed the world in the past by building a microscope made completely of paper. Now the Meerut native has revolutionized science with a new computer innovation: a water based computer. Meet The New Stanford Water Computer This incredible new water computer has already taken the world of science by storm, but Manu Prakash claims that his major innovations are yet to come. Still, this new water based computer clock certainly deserves to be counted among them. Prakash, working with the help of two of his more advanced students, has once again achieved a major scientific and technological breakthrough using the most unlikely of resources. How The Water Computer Works What the Indian scientist has achieved is a fully organic computer system in which nearly microscopic droplets of water are trapped in a specially constructed magnetic field. When this artificially constructed magnetic field is rotated at a certain preset degree or angle, the droplets that comprise the inner workings of this water droplet computer move in a precise direction. This becomes the basis of a revolutionary new computer clock system. Why Does A Computer Need A Clock? Prakash has not only demonstrated the ability to devise a computer out of seemingly incongruous ingredients, but has also shown the way forward to creating an in-built computer clock that is destined to leave scientists gasping, while perhaps causing casual onlookers to wonder what all the fuss is about. Why does a computer need a logical and reliable clock, other than to allow buyers to know what time it is? The simple truth is that clocks, especially those built into modern computers, power nearly every piece of modern technology that can be named, from DVR’s, iPhones, Androids, and computer gaming systems, all the way up to more crucial implements such as; cars, military vehicles, and airplanes. Without a clock to synchronize the digital activity of any electronic device, they would soon fall into disastrous disharmony and thus be rendered completely useless. The New Computer Water Clock Is Breaking Big Prakash’s amazing new water clock is huge news precisely for this reason. By inventing a water computer, he has shown the way toward utilizing organic, completely safe, and toxin free components to make increasingly more complex and important technological devices. Such inventions could prove to have a huge impact on the environment. Promoting ecologically friendly technology is thus a major accomplishment in and of itself....

The small business is on the rise thanks to unexpected help from technological advancements like 3D printing and cloud computing benefits. 3D printing is helping some business owners grow and expand their products thanks to the innovative and quick design process supplied by these technologies. While many small businesses thrive in relationships with contract manufacturing partners, the 3D printing cloud offers a viable in-house alternative. An innovator can mock up a prototype and have it printed in a short amount of time. They are then able to test it on the market to see if it solves anyone’s problems. A product that can be created without having to worry if an order will be correct is a godsend for many business owners who lack the capital for a larger factory order. Instead, they can custom make and modify orders as they come. This keeps costs low and orders well in line for business. All they need to do is front the cost for the software and 3D printing machine—which is worth the investment if their business takes off. This keeps them competitive with bigger companies without worrying about cost ratio and markups. All they need is a viable product, a great website, and some solid marketing to really give the an edge in their specific market. Basic 3D printing for businesses does not cost much if they plan on using the printer to create high volume products over a long period of time. It is surely better than relying...

It’s been twenty years since Jurassic Park captured the imaginations of movie-goers with its fantastic and terrifying tale of prehistoric creatures brought back to life through revolutionary science. This past weekend the series debuted its latest chapter, Jurassic World, to eager audiences around the globe. The film has broken box office records and stands at the second highest US opening of all time. But is it really as much of a fantasy as we...

The US National Highway Transportation Safety Administration (NHTSA) has unveiled its prototype of a new way to prevent drunk driving deaths. DADSS, which is formally known as the Driver Alcohol Detection System for Safety, is an infrared sensor system built into the steering column of late model vehicles. It possesses the ability to immobilize a host vehicle when it senses a blood alcohol level exceeding .08 mg. The sensor detects the presence of alcohol...

Elon Musk, the CEO and CTO of SpaceX, CEO of Tesla Motors, and product architect of Tesla Motors, is now entering the field of satellite Internet. He recently submitted a request to the Federal Communications Commission for permission to launch four thousand satellites into the Earth’s atmosphere, in the hopes of providing Internet access to, well, literally everyone in the world. Musk joins several other prominent companies looking to use sometimes-maligned satellite technology to provide quick Internet access to parts of the world starved for connectivity. For Musk, however, the satellite project is part of something much larger. By creating a network of satellites for the Earth, Musk hopes to start a project that will kickstart the process of colonizing Mars (we’re not kidding). Using the Falcon Rocket to Deploy a Global Satellite System Musk plans to use SpaceX’s Falcon rocket to distribute a network of satellites that will orbit the Earth and enable global, low-latency Internet accessibility. He and his SpaceX team hope to make each rocket in the Falcon series reusable; to date, most rockets have been destroyed (intentionally) or have crash-landed (unintentionally), which makes each one extremely expensive. Reusable rockets will help save SpaceX and...

Prototype design is the process of identifying which materials and manufacturing processes are most appropriate and efficient for production of the prototype. The form and process each new prototype takes will vary based on the level of complexity, cost of fabrication, and volume being produced. Prototyping is a multifaceted process that requires the experience and knowledge of designers and engineers alike. Prototype design requires communication among the inventor, engineer, and designer. These programs allow experts to construct a virtual compilation of all required measurements, facets, materials, and processes. Some programs are used for general design and others are catered to the specific needs of an industry. 3D Design Software Solid Works Enterprise MathCad Pro/Engineer AutoCad AutoCad Electrical MentorGraphics Cosmos Works...

Successful prototyping requires a systematic process with specific deliverables and reviews at each development phase; this enables continuous judgment and open decision making on product scope, risk, schedule and budget. The following is the description of an ideal phased prototyping process: Phase 0: Concept and Feasibility Phase 1: Design, Prototype Engineering, Assembly and Test Phase 2: Engineering-controlled Production of Advanced Prototypes for Field Testing Phase 3: Preproduction and Manufacturing Phase 4: Sustaining Engineering Phase 0: Concept and Feasibility In this initial phase, engineers should review the project requirements, develop a comprehensive plan of action, and integrate all key parties into the development: the Client, designers, engineers and supply chain specialists. A specialist should run an investigation of alternative product concepts and associated manufacturing methods, followed by an evaluation of these using simulations and physical models. Developing conceptual, mechanical and electrical layouts to identify risk areas and generate a preliminary estimated BOM (bill of material) allows experts to determine overall feasibility. At the conclusion of Phase 0, The models and concepts are discussed in order to select a concept based on the feasibility and risk findings. This phase is concluded with revised estimates and a project plan for subsequent stages....

Developing the next generation of a product can be daunting for a company already operating at full capacity. DCI Engineering has experience analyzing existing designs to identify necessary improvements for next generation products. The strategic prototyping process employed by DCI minimizes the total cost of product development by optimizing production processes for cost reduction, while maintaining high build quality. Partnering with the experts at DCI ensures that all design and prototyping needs will be met for rapid completion of an improved next generation product. EMC Corporation is a leading global technology company that develops, delivers, and supports information infrastructure and technologies and solutions. They were under strict time constraints to due a predetermined global launch date. They asked DCI to improve the design for manufacturing, reducing the unit cost, adding features, and preparing it for scaled manufacturing. The project was completed before the deadline, exceeding EMC Corporation’s expectations in terms of quality and cost. Having a 100% secure environment is paramount in order to protect intellectual property. DCI works with each company to ensure that all documentation regarding ownership is filed in a timely and complete manner. DCI operates in a high security location in Massachusetts and all information stays onsite....

Prototyping is an integral step in successful product development and commercialization. There are several prototyping methods and practices to consider; understanding the options before making any decisions will help you to minimize cost and reduce...